1) quantization coding
量化编码
1.
Frequency region quantization coding method researching of SAR raw data;
SAR原始数据的频域量化编码方法研究
2.
Voice hiding algorithm based on quantization coding;
基于量化编码技术的声音隐藏算法
3) vector quantization coding
矢量量化编码
1.
Average algorithm which is used to measure the high speed frequency had solved the problem that the MCU instruction cycle and fre-quency cycle are on the same scale;the data memory space is compressed greatly by the vector quantization coding and the cluster algo-rithm.
采用均值算法精确测量自学习信号的载波频率,克服了单片机指令周期与载波周期同一个量级而不能直接检测的难题;针对单片机RAM存储容量受限,利用矢量量化编码及聚类算法,大幅度地压缩了数据量;智能红外遥控器以SD卡为存储介质,采用标准的文件格式组织数据,实现了SD卡与PC机的交互。
4) trellis coded quantization
网格编码量化
1.
SAR Raw Data Compression Based on Trellis Coded Quantization and Wavelet Transform;
基于网格编码量化和小波变换的SAR原始数据压缩
2.
The compressed algorithm of phase image is based on trellis coded quantization.
本文采用网格编码量化技术,建立了基于网格编码量化的相位图像压缩算法。
3.
Combining with traditional BAQ(block adaptive quantization),a new method(block adaptive trellis coded quantization,BATCQ) which utilizes TCQ(trellis coded quantization) in SAR raw data compression was proposed.
提出了一种结合传统的块自适应量化与网格编码量化对SAR原始数据进行压缩的方法(BATCQ)。
5) trellis coded quantization(TCQ)
网格编码量化
1.
The amplitude and phase(AP) algorithm for raw data of synthetic aperture radar(SAR) and the trellis coded quantization(TCQ) are studied and the AP-TCQ compression algorithm is proposed.
研究了合成孔径雷达原始数据幅相压缩算法(Amplitude and Phase,AP)和网格编码量化(Trellis codedquantization,TCQ),提出了合成孔径雷达原始数据AP-TCQ压缩算法。
2.
A new method which performs Trellis Coded Quantization(TCQ) of wavelet coefficients based on multi-stage zerotree coding is proposed.
该文提出了对小波图像作多级零树编码后进行网格编码量化(TCQ)的新方法。
6) trellis coded quantization
栅格编码量化
1.
The application of universal trellis coded quantization to image coding;
通用栅格编码量化在图象压缩量化中的应用
补充资料：超轻量化飞轮
我们也叫竞技版,适合N/A车子跟马力比较不大的车子,减重超过原厂的1/2,转速拉升跟加速的 性能比轻量化更好,很适合各式车子进行加速赛及甩尾,但比较不适合马力大及涡轮车进行场地赛及需要高速的 拉力赛,因为重量太轻了导致无法保持惯性所以会影响4,5档的加速,所以不适用一般马力在350P以下的车子使用单片式的离合器及飞轮即可,也较便宜,还不需要用到两片或多片式的,除非马力真的很大用单片式的踩起来太硬,遇到塞车真的是虐待左脚,否则用单片式的即可。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条